Hisashi Industries

  Every machined, moulded or fabricated component carries some trace of the process that made it — machining oil, cutting fluid, coolant residue, carbon, polishing compound, metal fines, or handling grease. Left uncleaned, these contaminants interfere with plating, coating, welding, assembly, inspection and final quality. For manufacturers who cannot afford inconsistent results between batches, cleaning cannot be left to chance or to operator technique alone. A Fully Automatic Ultrasonic Cleaning Plant addresses this problem directly. It combines ultrasonic cavitation with automated material handling and programmable cleaning cycles to deliver controlled, repeatable and efficient component cleaning with minimal manual intervention. At Hisashi Ultrasonic, we design and manufacture these systems according to component geometry, contamination type, production volume and the specific cleaning process a manufacturer needs — rather than offering a single fixed configuration for every ap...

 Industrial cleaning has evolved significantly over the years. Traditional methods such as manual scrubbing or chemical soaking often fail to remove microscopic contaminants from delicate parts. This is where ultrasonic cleaning technology has become widely adopted across industries. From electronics and automotive components to precision tools and molds, ultrasonic systems provide a reliable and efficient cleaning solution. If you are planning to invest in an ultrasonic cleaner, it is important to understand how these machines work and how to choose the right one for your specific application. This guide explains the technology, key features to consider, and how different industries benefit from ultrasonic cleaning machines. Understanding How Ultrasonic Cleaning Machines Work An ultrasonic cleaning machine uses high-frequency sound waves transmitted through a liquid solution to remove contaminants from surfaces. The process creates microscopic bubbles through a phenomenon calle...